Planck's constant h is made responsible for the neutron's and proton's internal structure. Heavy discrepancies
between the neutron's inherent magnetic flux and the smallest magnetic flux in physics Φo pose this problem. To solve
the oxymoron without joggling on natural constants this led to a new model for protons and neutrons; no quark model
was used. Basic results are: The neutron consists of a highly charged ( Q.e) central core mass X ( 292,5 [MeV/c2] )
surrounded by tetrahedral grouped πo mesons. Nuclear forces are repelling. Coulomb forces between the core and the
mesons keep the system in balance. The neutron system keeps its balance by bubbling out electrons from the core. At Q
= 208 the free neutron becomes a proton, an electron is emanated to the outside world; an internal charge asymmetry
occurs leading to confiscating core charges; the system shrinks. At Q = 47 the proton system comes to rest. The magnetic
moment of the proton could be worked out analytically from the neutron's value. The naked core mass X could be a cue
to the puzzle "dark matter".